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镁电解槽中电解质的流体动力学对电解产品的分离、渣的生成量和阴极钝化有着极其重要影响,同时电解质的流体动力学又与电解室的结构部件和参数有密切关系。为了使镁和氯气分离得更充分及提高电流效率,对电解槽结构做了改变,加大了电极上部电极间空间的断
The hydrodynamics of electrolytes in magnesium cells plays an important role in the separation of electrolytic products, the generation of slag and the passivation of cathodes. At the same time, the hydrodynamics of electrolytes are closely related to the structural components and parameters of electrolysis cells. In order to make the separation of magnesium and chlorine more fully and improve the current efficiency of the cell structure has been changed to increase the upper electrode space between the electrodes off